KR101637487B1 - Cabinet for keeping cultural assets having humidity control function - Google Patents

Abstract

The present invention relates to a cabinet for a storage having a humidifying and a humidity blocking function. An objective of the present invention is to provide a cabinet for a storage having a humidifying and a humidity blocking function which prevents infiltration of moisture rising from the bottom of a storage to safely preserve and manage various valuable relics in a cabinet. According to the present invention, the cabinet for a storage having a humidifying and a humidity blocking function comprises: a panel mounting frame installed on a lower end support part of a cabinet and provided with an upper and a lower rail, and an opening disposed on one side thereof; a humidity blocking panel which slides and is inserted into the lower rail through the opening of the panel mounting frame; a paulownia humidifying panel which slides and is inserted into the upper rail through the opening of the panel mounting frame; a first upper end mounting unit fixed and installed on the lower end support part to penetrate the panel mounting frame to be positioned in the upper rail; a second upper end mounting unit integratively connected and installed on the paulownia humidifying panel and mounted on the first upper end mounting unit; a first lower end mounting unit fixed and installed on the lower end support part to penetrate the panel mounting frame to be positioned in the lower rail; a second lower end mounting unit connected and installed on the humidity blocking panel and mounted on the first lower end mounting unit; and a cover frame connected and installed on a lower portion of the cabinet by a mounting pin to come in contact with the humidity blocking panel and the paulownia humidifying panel inserted into the panel mounting frame.

Description

[0001] The present invention relates to a cabinet for keeping humidity and moisture,

The present invention relates to a water-use storage cabinet having a humidity control function and a moisture-blocking function, and is provided with a moisture-shielding panel and a paulownia wood humidity control panel on the lower side of a cabinet installed in a storage cabinet. The present invention relates to an employment storage cabinet having a humidity control function capable of blocking infiltration.

In order to safely preserve and preserve valuable cultural assets and artifacts preserved and newly discovered in Korea and other countries in the world and to publicize its value in many countries around the world, in each country, relevant archives, cultural heritage preservation museums, In the field of science, studies on the preservation of cultural properties are under way.

In general, cultural and artistic products, including various artifacts displayed in museums and exhibition halls, may be damaged or destroyed due to natural factors such as sunlight, temperature and humidity, and external factors caused by carelessness such as handling and storage. In each country, cultural assets and artifacts that are held are kept in showcases in display cases, or stored in storage rooms (shelves) in cultural assets storage cages.

In order to prevent damages and damage due to handling and storage of various artifacts and exhibits, a front window and a side window are provided for viewing, And a lock device is installed to prevent the risk of theft when the inside of the door is sealed.

In order to safely store and manage valuable artefacts, the humidity of the showcase and the cabinet should be kept constant, but the conventional cabinet installed in the cabinet is located in the underground enclosed space, To protect valuable relics, the lower part of the storage space is partially empty, and valuable relics are stored only from the middle part to the upper part.

In other words, although the inside of the cabinet is divided into three or four stages, the conventional cabinet is used while keeping the bottom of the cabinet empty, in order to prevent penetration of moisture, and more than 25% of the cabinet space is wasted And this causes a space shortage phenomenon in which cultural objects such as valuable relics can be stored.

Published Patent Publication No. 10-2010-0039976 (Apr. 19, 2010)

An object of the present invention is to provide a storage room having a humidity and moisture barrier function capable of safely storing and managing various valuable artifacts in a storage room by preventing the penetration of moisture coming from the bottom of the storage room, And provide an employment storage space.

The present invention relates to a panel assembly comprising a panel assembly frame mounted on a lower support of a cabinet and having an upper rail and a lower rail and having an opening at one side thereof, a moisture barrier panel slidingly inserted into the lower rail through an opening of the panel assembly, An upper first coupling portion fixed to the lower support so as to pass through the panel coupling frame and to be positioned in the upper rail, and a second upper coupling portion integrally formed with the paulownia humidity control panel A lower first coupling part fixed to the lower support so as to be positioned in the lower rail through the panel coupling frame and a lower first coupling part integrally connected to the moisture barrier panel And a lower end second coupling portion to be coupled to the lower first coupling portion, and a lower second coupling portion coupled to the moisture shielding panel and the paulownia humidity control panel inserted into the panel coupling frame, It is to include the shielding frame is connected to the installation part.

The present invention provides a moisture barrier panel and a paulownia wood humidity control panel so as to be positioned below the bottom plate of a storage cabinet, thereby preventing moisture from rising from the bottom surface of the storage cabinet, thereby protecting valuable objects in the cabinet from moisture.

In the present invention, the moisture-shielding panel and the paulownia humidity control panel are separated from and coupled to the panel assembly frame by a one-touch method, so that the replacement operation can be performed. By replacing the moisture-shield panel and the paulownia humidity control panel, It is possible to effectively prevent the moisture generated from the floor surface of the storage room without work.

Since the moisture coming from the bottom surface of the storage box is blocked by the moisture barrier panel and the paulownia humidity control panel at the lower side of the bottom of the storage cabinet, it is possible to store and display valuable artifacts utilizing all the space in the storage space. That is, in order to protect the valuable artifacts from humidity, the conventional storage room has a lower space (about 25% of the storage space) of the storage space and a valuable article is stored from the middle portion. However, Due to the double structure of the paulownia humidity control panel, the moisture coming from the bottom of the storage is cut off, so even the lower space of the storage space can be used as a storage space for valuable objects.

In the present invention, when the paulownia humidity control panel is inflated due to moisture absorption, the pawn frame is gradually pushed out to the outside of the cabinet, so that the manager can visually recognize the replacement cycle of the paulownia humidity control panel have.

1 is an illustration showing a configuration according to the present invention;
Fig. 2 is an exemplary view showing a coupling relationship according to the present invention
FIG. 3 is an exemplary view showing another configuration of the paulownia humidity control panel according to the present invention.
4 is an exemplary view showing an operating relationship between the upper / lower first coupling portion and the upper / lower second coupling portion according to the present invention.
5 is an exemplary view showing the installation of the closure frame according to the present invention
FIG. 6 is an exemplary view showing a replacement timing state of the closure frame according to the present invention
FIG. 7 is a diagram illustrating another configuration of the present invention

FIG. 1 is an exemplary view showing a construction according to the present invention, FIG. 2 is an exemplary view showing a coupling relationship according to the present invention, FIG. 3 is an exemplary view showing another structure of a tungsten moisture conditioning panel according to the present invention, FIG. 4 is an exemplary view showing an operation relationship between the upper and lower first coupling portions and the upper and lower second coupling portions according to the present invention, FIG. 5 is an exemplary view showing the installation of a closure frame according to the present invention, FIG. 7 is a view illustrating an alternative embodiment of the present invention. FIG. 7 is a perspective view illustrating a moisture shield panel 10 and a paulownia humidifier 10 in a lower part of a cabinet according to the present invention. The panel 20 is coupled by a one-touch method to prevent penetration of moisture coming from the floor.

That is, the present invention relates to a panel assembly frame 30 provided on a lower stage supporter 210 of a storage box 200 and having an upper rail 31 and a lower rail 32 and having an opening 33 at one side thereof, A moisture barrier panel 10 slidably inserted into the lower rail 32 through an opening 33 of the panel assembly frame 30 and a tongue 30 slidingly inserted into the upper rail 31 through the opening 33 of the panel assembly frame. An upper first coupling portion 41 which is fixed to the lower support 210 so as to be positioned in the upper rail 31 through the panel coupling frame 30 and a porthole humidity control panel 20 An upper second coupling portion 42 integrally connected to the upper first coupling portion 41 and coupled to the upper coupling portion 41 and a lower second coupling portion 210 penetrating the panel coupling frame 30 to be positioned in the lower rail 32, A lower second coupling portion 52 integrally connected to the moisture barrier panel 10 and fastened to the lower first coupling portion 51, It includes a moisture barrier panel 10 and Tung humidity control panel blind frame (60) that is installed connected to the lower cabinet 200 by the coupling pin 70 in contact (20) inserted in.

As shown in FIG. 1, the storage unit 200 is formed to have a 'C' shape below the bottom plate 220 and below the bottom plate 220 so that a gap is not formed between the bottom plate 220 and the bottom plate 220. A lower support 210 is installed.

The lower stage support 210 has a function of fixing the panel assembly frame 30 and the upper and lower first connection parts 41 and 51 as well as maintaining the shape and strength of the storage device 200 constant Function.

The lower support platform 210 may be installed to be connected to the bottom plate 220, that is, to the bottom plate 210 and the leg 230 so as to connect between the legs 230 of the storage space.

The storage unit 200 is configured such that the bottom plate 220 is kept at a predetermined height from a bottom surface of a storage compartment (not shown), and valuable artefacts are stored therein. The storage room 200 in the present invention means to be installed in a storage room for storing cultural property and valuable relics, and its structure is not specified.

The storage unit 200 may include a main body 240 having a body shape formed by assembling a front surface of the main body 240, a plurality of shelves 250 installed at upper and lower predetermined intervals in the main body 240, And a door 260 installed to be openable and closable on the front surface of the main body 240. The main body 240 has a front side opened and includes a side wall 270, a rear wall 280, a top plate 290 and a bottom plate 220 And the bottom plate 220 can be configured to have a predetermined height from the bottom surface by the plurality of legs 230. [

1 and 2, the panel assembly frame 30 is integrally fixed to the lower stage support 210 and includes an opening 33 at one side thereof in alignment with the panel assembly frame 30 And is installed on the lower side of the cabinet in a 'C' shape. At this time, the panel assembly frame 30 is integrally fixed to the inside of the lower stage support 210 so as not to be exposed to the outside of the cabinet.

The panel assembly frame 30 includes an upper rail 31 on which the tungstickhumidity control panel 20 is slidably fitted and a lower rail 31 on which the moisture barrier panel 10 is slidably fitted, And a lower rail 32 coupled thereto.

The panel assembly frame 30 includes a plurality of upper and lower through holes 34 and 34 through which the upper and lower first coupling portions 41 and 51 and the upper and lower second coupling portions 42 and 52 can be inserted, 35 are formed.

The upper through hole 34 is formed to communicate with the upper rail 31 and the lower end through hole 35 is formed to communicate with the lower rail 32. The upper end through hole 34 and the lower end through hole 35 may be formed to communicate with each other, or may be formed so as not to communicate with each other.

In addition, when the lower stage support 210 is connected to the legs 230 and the bottom plate 220 of the cabinet, the panel assembly frame 30 is fixed to the leg 230 and the lower stage support 210 of the cabinet. Can be installed.

The moisture barrier panel 10 is for blocking the penetration of moisture coming from the bottom of the storage compartment and is connected to the lower rail 32 of the panel assembly frame 30 by the lower first and second coupling parts 51, And is detachably coupled to the cabinet lower stage supporter 210 so as to be in close contact with each other and has a triple structure in which aluminum thin plates 12 and 13 are integrally attached to the upper and lower surfaces of the support panel 11 as shown in FIG. .

In this way, the moisture barrier panel 10 made of a triple-quadruple structure is protected from heat or moisture penetration by the aluminum foil 12 located on the lower side of the storage compartment, and the aluminum foil 13 located on the upper side, Is generated.

3, the moisture barrier panel 10 is formed so that the edge material 14 is further formed by the non-inflating synthetic resin having a rim having an adhesive property, so that the moisture barrier panel 10 is inserted into the support panel 11 through the rim So that moisture can be prevented from penetrating.

The tungsten humidity control panel 20 is slidably inserted into the upper rail 31 of the panel assembly frame 30 so as to be positioned between the cabinet bottom plate 220 and the moisture shield panel 10, And is removably and one-touch coupled to the lower shelf support table 210 so as to be in close contact with the panel assembly frame 30 by the upper and lower shelves 41 and 42.

The paulownia humidity humidity control panel 20 may be formed in the form of a single plate, but it is preferable that two or more supports, that is, a plurality of support members 21 and 22, The intermediate plate members 23 can be configured to be assembled and integrated in a fitting manner by male and female engaging.

The paulownia tree is beautiful and light in texture, and is not only twisted but also resistant to pests, moisture and fire. It also has a function to protect valuable relics located inside the storage room from the moisture of the bottom of the storage room.

The thus configured tungstallow humidity control panel 20 is slidingly coupled along the upper rail 31 of the panel assembly frame 30 to absorb the moisture that has permeated through the moisture barrier panel 10.

At this time, the thickness h1 of the paulownia humidity control panel is not equal to the height h2 of the upper rail. Even when the paulownia humidity humidity control panel 20 absorbs moisture to a certain extent, (Height difference within the expansion range) to such an extent that sliding through the upper rail 31 is possible and that no vibration phenomenon due to clearance is generated in the upper rail 31 is formed smaller than the height h2 of the upper rail .

The upper first coupling portion 41 and the upper second coupling portion 42 are for fixing and separating the paulownia wood moisture control panel 20 to the lower stage support 210. As shown in Figures 2 and 4, The upper first coupling portion 41 is fixed to the lower support 210 so as to be positioned in the upper through hole 34 of the panel coupling frame and the upper second coupling portion 42 is fixed to the lower support 210, As shown in FIG.

At this time, the upper second coupling portion 42 is formed into a mounting hole 24 in the tungstallow humidity control panel 20, inserted into the mounting hole 24, and fixed to the tungstallow humidity control panel 20 .

When the upper first coupling portion 41 is formed to function as an arm portion, the upper second coupling portion 42 has a male coupling function, When the upper first coupling portion 41 is configured to function as a handle, the upper second coupling portion 42 may be configured to function as a dark portion.

The lower first coupling portion 51 and the lower second coupling portion 52 are for fixing and separating the moisture shield panel 10 to the lower stage support 210. As shown in FIGS. 2 and 4, The lower first coupling portion 51 is fixed to the lower support base 210 so as to be positioned in the lower end through hole 35 of the panel coupling frame and the lower second coupling portion 52 is fixed to the moisture barrier panel 10 As shown in FIG.

At this time, the lower second joining part 52 is installed so as to be integrally fixed with the moisture barrier panel 10 after the installation hole 15 is formed in the moisture barrier panel 10 and then inserted into the installation hole 15 .

When the lower first engaging portion 51 functions as an arm portion, the lower second engaging portion 52 engages with the lower engaging portion 51, And when the lower first coupling portion 51 is made to function as a handle, the lower second coupling portion 52 may be configured to function as a dark portion.

The upper first and second coupling portions 41 and 42 and the lower first and second coupling portions 51 and 52 are coupled to each other by a one-touch method. The one-touch method is a well- The detailed description of the configuration will be omitted.

Since the upper and lower first and second coupling portions 41 and 42 and the first and second lower coupling portions 51 and 52 are fixed by fixing means by a bonding means or a screw, The description is omitted.

The closure frame 60 is coupled to the cabinet 200 so as not to interfere with the panel assembly frame 30 by the coupling pins 70 and is inserted into the upper and lower rails 31, The moisture shield panel 10 and the paulownia humidity control panel 20 are prevented from being separated from each other and the function of visually determining the replacement period according to the degree of expansion of the paulownia humidity humidity control panel 20 is provided.

5, the closure frame 60 includes a horizontal panel 61 having both side ends connected to the storage 200 by a coupling pin 70, and an inner side surface 61a of the horizontal panel, An interlocking hook 63 protruding in the longitudinal direction on the inner side surface 61a of the horizontal panel so as to be spaced apart from the upper interlocking jaw 62 by a predetermined distance, A lower stopping protrusion 64 protruding in the longitudinal direction on the inner side surface 61a of the horizontal panel so as to be spaced apart from the interlocking stopper 63 by a predetermined distance and a lower stopping protrusion 64 extending between the upper stopping stop 62 and the stopping stopping pin 63 And a lower tapered groove 66 positioned between the interlocking jaw 63 and the lower end stop 64. The lower tapered groove 66 is formed in the lower tapered groove 64,

The upper latching jaw 62 and the interlocking jaws 63 and the lower latching jaws 64 are connected to the inner side surface 61a of the horizontal panel 61 so that the horizontal panel 61 can be coupled to the storage space by the engagement pin 70. [ As shown in Fig.

The upper latching jaw 62 is formed such that the lower surface 62b is inclined downward toward the inner side surface 61a of the horizontal panel and the lower latching jaw 63 is formed such that the upper surface 63a is formed on the inner side surface 61a The lower surface 63b is inclined downward so as to face the inner side surface 61a of the horizontal panel and the lower end stop 64 is formed so that the upper surface 64a is inclined upward toward the inner side surface 61a of the horizontal panel, As shown in FIG.

That is, the lower surface 62b of the upper stopping jaw, the upper / lower surfaces 63a and 63b of the interlocking jaws, and the upper surface 64a of the lower end stopping jaw are tapered inclined surfaces, The top end taper groove 65 positioned between the upper stopping jaw 62 and the stopping stopping jaw 63 and the stopping stopping jaw 63 and the lower stopping jaw 63 are formed by the shape of the lower stopping jaws 62, The lower tapered groove 66 positioned between the upper and lower tapered grooves 64 has a tapered shape that becomes narrower in the vertical direction toward the inner side surface 61a of the horizontal panel.

The engaging pin 70 is connected to the retention housing 200 so that the engaging frame 60 is not fixed to the retention housing 200, Only a function of fixing the pressure to a predetermined level.

In the present invention having the above-described structure, the lower stage support table 210 is installed to be positioned below the bottom plate 220 of the cabinet, the panel assembly frame 30 is integrally connected to the lower stage support 210, The upper and lower first coupling portions 41 and 51 are fixed to the lower support base 210 such that the upper and lower first coupling portions 41 and 51 are located in the upper and lower through holes 34 and 35 of the lower and upper through holes 34 and 35, The lower second coupling portion 52 is attached to the moisture shielding panel 10 such that the upper second coupling portion 52 is attached to the paulownia wood humidity control panel 20 so as to correspond to the upper and lower first coupling portions 41, Respectively.

When the panel assembly frame 30 is installed in the cabinet 200 as described above, the lower second coupling portion 52 is coupled to the lower first coupling portion 51 through the opening 33 of the panel coupling frame, The moisture barrier panel 10 is slid into and inserted into the upper rail 32 through the opening 33 of the panel engaging frame so that the upper second engaging portion 42 is fastened to the upper first engaging portion 41. [ 31) to slide the paulownia humidity control panel (20).

When the moisture barrier panel 10 and the tungsten moisture conditioning panel 20 are fixed to the lower portion of the storage 200 as described above, the ends 16 and 26 of the moisture barrier panel 10 and the tung wood moistureproof panel 20 The both ends of the horizontal panel 61 are inserted into the engagement pins 70 so as to be brought into contact with the upper, middle, and lower engagement protrusions 62, 63, And is connected to the storage unit 200 by a cable.

The closure frame 60 is inserted into the upper and lower taper grooves 65 and 66 at the ends 16 and 26 of the moisture shielding panel 10 and the tung wood moistureproofing panel 20, The moisture shield panel 10 and the tungstep moisture control panel 20 can be connected to the storage room 200 by the engagement pin 70 so as to be in contact with the moisture shield panel 61a. The end portions 16 and 26 of the upper panel 16 are brought into contact with the inner side surface 61a of the horizontal panel so as to be in close contact with the upper / middle / lower end stoppers 62, 63 and 64.

When the tungsten moisture conditioning panel 20 absorbs moisture, the closure frame 60 is pushed by the expanding tungstick humidity control panel 20 and is pushed out of the storage box 200 together with the coupling pin 70 .

That is, as shown in Fig. 6, the paulownia humidity humidity control panel 20 of the present invention expands and changes when it absorbs moisture. Therefore, the volume of the paulownia humidity humidity control panel 20 changes The lower surface 62b of the inclined upper jaw and the upper surface 63a of the interrupting jaw are pushed outward in the storage space 200 and the upper jaw 62 The entire closure frame 60 is pushed outwardly of the storage box 200 by the pushing action of the stopping hook 63 and the position of the closure frame 60 is changed. So that it is possible to determine the replacement timing of the tungstick humidity control panel 20. [

The closure frame 60 may be installed on the front, rear or side of the storage unit 200 so that the position of the opening 33 of the panel frame may be located on the front, rear, or side of the storage unit 200 The panel assembly frame 30 can be installed. It is preferable that the closure frame 60 is installed at a position where the administrator can visually recognize the abnormality. Fig. 1 shows a structure in which the cover 60 is installed on the rear surface of the storage space, and Fig. 7 shows a structure in which the cover 60 is provided on the front surface of the storage space.

In the present invention in which the moisture barrier panel 10 and the paulownia humidity humidity control panel 20 are provided in a double structure as described above, the moisture coming from the bottom surface of the storage box is primarily blocked by the moisture barrier panel 10, And is secondarily blocked by the humidity control panel 20, so that valuable artifacts stored in the cabinet are protected from moisture.

It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined in the appended claims and their equivalents. Of course, such modifications are within the scope of the claims.

(10): moisture barrier panel (11): support panel
(12, 13): Aluminum foil (14): Edge material
(15): mounting groove (16): end
(20): Paulownia humidity control panel (21): flyer zone
(22): rear end support (23): middle end
(24): mounting hole (26): end
(30): panel assembly frame (31): upper rail
(32): lower rail (33): opening
(34): upper through hole (35): lower through hole
(41): upper first coupling portion (42): upper second coupling portion
(51): lower first coupling portion (52): lower second coupling portion
(60): closure frame (61): horizontal panel
(62): upper stopping jaw (63): stopping jaw
(64): lower stopping jaw (65): upper tapered groove
(66): lower taper groove (200): cabinet
(210): lower support table (220): bottom plate

Claims (5)

A panel assembly frame 30 installed on the lower stage supporter 210 of the cabinet 200 and having an upper rail 31 and a lower rail 32 and having an opening 33 at one side,
A moisture barrier panel 10 slidably inserted into the lower rail 32 through an opening 33 of the panel attachment frame,
A paulownia humidity control panel 20 slidably inserted into the upper rail 31 through an opening 33 of the panel coupling frame,
An upper first coupling portion 41 fixed to the lower support 210 so as to be positioned in the upper rail 31 through the panel coupling frame 30,
An upper second coupling portion 42 which is integrally connected to the paulownia wood humidity control panel 20 and is fastened to the upper first coupling portion 41,
A lower first coupling portion 51 fixed to the lower support 210 so as to be positioned in the lower rail 32 through the panel coupling frame 30,
A lower second coupling portion 52 integrally connected to the moisture barrier panel 10 and fastened to the lower first coupling portion 51,
And a closure frame 60 connected to the lower part of the storage box 200 by a coupling pin 70 so as to be in contact with the moisture shielding panel 10 inserted into the panel coupling frame and the paulownia humidity control panel 20. [ A storage room with a humidity and moisture barrier function.
The method of claim 1,
The moisture barrier panel (10) has a triple structure in which aluminum thin plates (12, 13) are integrally attached to upper and lower surfaces of a support panel (11).
The method of claim 2,
The moisture barrier panel (10) is further provided with an edge material (14) at its edges. The moisture barrier panel (10) has a humidity and moisture barrier function.
The method of claim 1,
The panel assembly frame 30 includes an upper through hole 34 formed to communicate with the upper rail 31 and having an upper first coupling portion 41 therein and a lower through hole 34 formed to communicate with the lower rail 32, And a lower end through-hole 35 in which the engaging portion 51 is located,
The moisture barrier panel 10 has a mounting hole 15 into which the lower second coupling portion 52 is inserted,
Wherein the tungsten moisture conditioning panel (20) is provided with a mounting hole (24) into which the upper second coupling portion (42) is inserted.
The method of claim 1,
The closure frame 60 includes a horizontal panel 61 having both side ends connected to the storage unit 200 by engagement pins 70, (63) protruding in the longitudinal direction on the inner side surface (61a) of the horizontal panel so as to be spaced apart from the upper stopping jaw (62) by a predetermined distance, and a stopping stopping protrusion An upper end taper groove 65 positioned between the upper end stopping protrusion 62 and the interlocking stopping protrusion 63 and a lower end stopping protrusion 64 formed between the lower end stopping protrusion 62 and the lower stopping protrusion 63, And a lower tapered groove (66) located between the interlocking jaw (63) and the lower end stop (64).

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